Specification for the FLUC record interface. More...

#include "FLMRTC.h"
#include "FLMDEF.h"

Functions
void	FCRVSN (int rtc, int vsnLen, char *vsn)
	Retrieves the version string.
void	FCRABO (int rtc, int aboLen, char *abo)
	Retrieves the about string.
void	FCRLIC (int rtc, int licLen, char *lic)
	Gets the license text.
void	FCRHLP (int rtc, const int what, const int depth, const int pathLen, const char path, int outLen, char *out)
	Returns help information about the file, format, state and info strings.
void	FCRSYN (int rtc, const int what, const int depth, const int pathLen, const char path, int outLen, char *out)
	Returns syntax information about the file, format, state and info strings.
void	FCRMSG (int rtc, const int code, int msgLen, char msg)
	Retrieves an error message.
void	FCRTRC (int rtc, const int code, int trcLen, char trc)
	Error trace.
void	FCRCLR (void **hdl)
	Clear error information.
void	FCRRND (int rtc, const int len, unsigned char *dat)
	Generate random bytes.
void	FCRENV (int rtc, const int sys, const int std, const int envLen, const char envStr, int cnt)
	Load the FLAM environment.
void	FCRSYM (int rtc, const int inpLen, const char inpStr, int outLen, char *outStr)
	Determines a symbol from environment.
void	FCROPNL (int rtc, const int strLen, const char *logStr)
	Open global facility for memory logging.
void	FCRGETL (int maxCod, int bufLen, const char **buffer)
	Get log information.
void	FCRCPYL (int maxCod, int bufLen, char *buffer)
	Copies log information to a provided buffer.
void	FCRCLRL (int *maxCod)
	Clear the log information.
void	FCRCLSL (int *maxCod)
	Close the global logging facility.
void	FCRINF (int rtc, const int infoLen, const char infoStr, const int format, int bufLen, char buffer)
	Provides various information.
void	FCROPN (void *hdl, int rtc, const int fileLen, const char fileStr, const int formatLen, const char formatStr, int stateLen, char stateStr)
	Opens a file.
void	FCROPNV (void hdl, void cnv, int rtc, const int convLen, const char *convStr)
	Opens a converter.
void	FCRNEWM (void *hdl, int rtc, const int formatLen, const char formatStr, const int stateLen, const char stateStr, const int format, int bufLen, char *buffer)
	Start with a new member in an open file.
void	FCRPUT (void *hdl, int rtc, const int recLen, const char rec)
	Writes one record or element.
void	FCRPUTV (void *hdl, int rtc, const int recLen, const char rec, void **cnv)
	Writes one element with conversion.
void	FCRGTN (void *hdl, int rtc, int length, char name)
	Get table name.
void	FCRGFN (void *hdl, int rtc, const int ind, int length, char name)
	Get file name.
void	FCRSTN (void *hdl, int rtc, const int length, const char name)
	Set table name.
void	FCRFLU (void *hdl, int rtc)
	Flush internal buffers.
void	FCRGET (void *hdl, int rtc, int recLen, char rec)
	Reads one record or element.
void	FCRGETV (void *hdl, int rtc, int recLen, char rec, void *cnv, int skip)
	Reads one element with conversion.
void	FCRLOC (void *hdl, int rtc, int recLen, const char *rec)
	Locates one record or element (without own buffer)
void	FCRLOCV (void *hdl, int rtc, int recLen, const char rec, void cnv, int skip)
	Reads one element with conversion (without own buffer)
void	FCRPRV (void *hdl, int rtc)
	Sets the read position to the previous record or element.
void	FCRCONV (void *cnv, int rtc, const int inpLen, const char inp, int outLen, char out)
	Converts element data (with copy)
void	FCRCONP (void *cnv, int rtc, const int inpLen, const char inp, int outLen, char *out)
	Converts element data (with locate)
void	FCRRUNV (void *cnv, int rtc, const int inpLen, const char inp, int outLen, char out)
	Converts dependent data blocks (with copy)
void	FCRRUNP (void *cnv, int rtc, const int inpLen, const char inp, int outLen, char *out)
	Converts dependent data blocks (with locate)
void	FCRFINV (void *cnv, int rtc, const int inpLen, const char inp, int outLen, char out)
	Finish conversion of dependent data blocks (with copy)
void	FCRFINP (void *cnv, int rtc, const int inpLen, const char inp, int outLen, char *out)
	Finish conversion of dependent data blocks (with locate)
void	FCRCLS (void *hdl, int rtc, const int success, const int format, int bufLen, char buffer)
	Closes a file.
void	FCRCLSV (void *cnv, int rtc)
	Closes a converter.
void	FCRCPY (const int len, const char ptr, char *dat)
	Copy a memory area (MF-EDZ pointer handling workaround)
void	FCRPTR (const char dat, const char *ptr)
	Convert pointer to native format (MF-EDZ pointer handling workaround)
void	FCRCNT (void *hdl, int rtc, const int dir, const int wht, const int knd, long long int val)
	Determine current amount of processed data.
int	FCRBINI (void *hdl, const unsigned int mode, const unsigned int base, const unsigned int chrs)
	Initialize base encoding or decoding.
int	FCRBRUN (void *hdl, const unsigned int datlen, const unsigned char dat, unsigned char out)
	En- or Decode a junk of data.
int	FCRBFIN (void *hdl, const unsigned int datlen, const unsigned char dat, unsigned char out)
	Finalize en- or decoding.
int	FCRBASE (const unsigned int mode, const unsigned int base, const unsigned int chrs, const unsigned int datlen, const unsigned char dat, unsigned char out)
	Base encoding or decoding for one message.
int	FCRHINI (void *hdl, const unsigned int hmtd, const unsigned int kmtd, const unsigned int keylen, const unsigned char key, const unsigned int icvlen, const unsigned char *icv)
	Initialize hash calculation.
int	FCRHADD (void *hdl, const unsigned int datlen, const unsigned char *dat)
	Add a junk of data to the hash calculation buffer.
int	FCRHFIN (void *hdl, unsigned int hshlen, unsigned char *hsh)
	Finalize hash calculation.
int	FCRHASH (const unsigned int hmtd, const unsigned int kmtd, const unsigned int keylen, const unsigned char key, const unsigned int icvlen, const unsigned char icv, const unsigned int datlen, const unsigned char dat, unsigned int hshlen, unsigned char hsh)
	Calculate hash for one message.

Detailed Description

Specification for the FLUC record interface.

Author: limes datentechnik gmbh

Date: 02.03.2016

Copyright: limes datentechnik (R) gmbh

Functions

Detailed Description